Z-AXIS FIBER
First-of-a-kind advanced materials are conductive and durable like metal, yet light like plastic
Created entirely from reclaimed carbon fiber, allowing for high-performance, high-volume materials and components with the lowest possible carbon footprint
Created entirely from reclaimed carbon fiber, allowing for high-performance, high-volume materials and components with the lowest possible carbon footprint
Markets & Applications
SEMICONDUCTORS
HOT AI RACE NEEDS COOL CHIPS
Lightweight, high performance TIMs
Increased cooling for discrete power packages
Thermal Interface Materials with low thermal resistance
Increased cooling for discrete power packages
Thermal Interface Materials with low thermal resistance
ELECTRIFIED VEHICLES
JOURNEY TO 100% ELECTRIFICATION
Lightweight, no-corrosion bipolar plates
60% weight reduction vs. stainless steel
Thin (<0.2mm) polymer composite bipolar plates with high electrical conductivity
60% weight reduction vs. stainless steel
Thin (<0.2mm) polymer composite bipolar plates with high electrical conductivity
SAFETY
ENHANCED BALLISTIC PROTECTION
Energy-absorbing materials for mass-produced composite armor
Significant reduction in trauma from back face deformation
30% lower plastic deformation vs current systems
Significant reduction in trauma from back face deformation
30% lower plastic deformation vs current systems
AEROSPACE
SKY-HIGH EXPECTATIONS FOR AIRPLANES
Materials to protect spacecraft during atmospheric re-entry (2,500°C+)
30% increase in interlaminar shear strength properties for conventional ceramic matrix composites
Commercial partnership with Textron (NYSE: TXT)
30% increase in interlaminar shear strength properties for conventional ceramic matrix composites
Commercial partnership with Textron (NYSE: TXT)
Proven, Scaled Manufacturing
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